Machines have enabled many seemingly unrealistic ideas and have facilitated a multitude of challenging functions.
Machine science is one of the oldest and most traditional of the engineering sciences, characterised by a strong desire to think differently and effect change in the world.
The high-level civilisation in the world is based strongly on welded metal structures, which keep constructions in shape and machines running. Their design and production are one of the most fascinating engineering tasks.
In this Master's programme, you will acquire the newest and most purposeful knowledge and expertise for the design and manufacturing of innovative, sustainable, competitive and safe welded metal structures for demanding applications, especially for dynamic loading or arctic conditions.
The teaching combines theoretical studies and laboratory exercises in a modern environment with advanced methods to ensure that you will have excellent skills for your future career in both academia and industry.
You will learn from different teams of experts from the laboratory of steel structures, welding and laser technologies who will bring the newest results of high-level research to you.
Teaching and research are carried out in close cooperation with enterprises and other universities and research institutions.
Intended learning outcomes
After completing the programme, you will have acquired comprehensive knowledge in the design, analysis, fabrication and research of modern and competitive welded metal structures, and specific knowledge and competencies for this area of specialisation.
In this Master's programme, you will acquire knowledge and expertise for carrying out lifetime and reliability calculations and tests for different types of mechanical structures, especially for welded metal constructions under various types of loading conditions, including harsh environmental loads (e.g. wind, ice, seawater, etc.) and dynamic loading cases.
You will also acquire a good understanding of strength and ductility properties of metallic materials and their behaviour under long-term loading cases together with their weldability aspects.
These outcomes will give you good know-how to design different types of metal structures such as machine bodies, bridges, buildings, structural components and bodies for vehicles or supporting structures for different types of engineering applications.
- be able to demonstrate a comprehensive understanding of the design and fabrication of welded metal structures for demanding applications;
- be able to utilise fully digitised design, simulation and production environments for welding production and product design and build integrated computer-aided features for robotised welding applications;
- have adopted principles of fatigue failure analysis of welded metal structures and metallurgical theories describing the behaviour of metallic materials due to different welding processes;
- have adopted the principles of innovative and critical thinking and purposeful problem-solving;
- be able to work with others in task-orientated groups and participate and interact in the group in a productive manner and lead and manage design projects;
- be able to logically think through theoretical and practical problems and solve them;
- be able to contribute to innovative thinking to improve the properties and lifetime expectations of welded metal structures.
Degree structure and studies
The Master's Programme in Advanced Structural Design and Robotised Welding is a two-year programme. It leads to the degree of Master of Science in Technology, M.Sc. (Tech.), which is 120 ECTS credits.
The programme includes core and specialisation studies.
Core studies (35 ECTS credits) include topics on research methods, structural materials, industrial manufacturing processes, reliability engineering design, management and leadership skills.
Specialisation studies (85 ECTS credits) include integrated design and fabrication of welded structures, structural design, fatigue design, advanced welding processes, sustainable welding production, welding metallurgy, laser processing and 3D printing.
The Master's thesis, 30 ECTS credits, is a part of specialisation studies. The thesis is an advanced research project, which requires approximately six months of full-time work. Students complete it during their fourth semester.
Double degree studies
The programme also offers a possibility for double degree studies.
The programme's double degree partner university is:
- Peter the Great St. Petersburg Polytechnic University
Students admitted to complete the Master's degree in the Advanced Structural Design and Robotised Welding programme at LUT are eligible to apply to the double degree programme.
Students admitted to the double degree programme receive a degree certificate from two universities after they have fulfilled the degree requirements of both universities.
Double degree studies for students from partner universities
Students from partner universities are able to study as double degree students at LUT. Students admitted to the double degree programme receive a degree certificate from two universities after they have fulfilled the degree requirements of both universities.
The Advanced Structural Design and Robotised Welding programme's double degree partner universities are:
- Moscow Power Engineering Institute, Russia
- Peter the Great St. Petersburg Polytechnical University, Russia
- St. Petersburg Mining University, Russia
Welded metal structures currently play a key role in the Finnish economy and especially in the export industry, laying a foundation for the future prosperity of the Finnish society.
By choosing welded metal structures you will acquire the skills required for tasks in the concurrent engineering of design and the fabrication of innovative welded structures for demanding applications. You can specialise in the design, welding technology or laser technology.
In addition to profound theoretical knowledge, you will acquire expertise in modern design methods and analysing tools, such as fatigue design and FEA, or modern structural materials and manufacturing processes, such as smart adaptive robotic welding and laser-based production.
This wide field of demanding applications will undoubtedly need new experts in Finland, but it will also open doors for you globally. You can find employment as a designer, strength analyser, welding coordinator, laser system integrator, workshop manager, R & D expert, teacher, or entrepreneur. The education will also give you the readiness to continue your studies towards a doctoral degree.
LUT offers a unique university-level possibility in Finland to specialise in the design of metal structures, welding technologies and laser-based production in the field of mechanical engineering.
In this discipline you will learn to combine theories and practice, and after graduation your possible employers will include market-leader companies such as Konecranes, Andritz, Wärtsilä, Metso, Timberjack, Mantsinen, Ponsse, Cargotec, Technip, BHM, Sandvik, Meyer, SSAB, Outotec, Pemamek, Kemppi and Rofin or their international counterparts.
How to Apply
Interested in applying to the Master's Programme in Advanced Structural Design and Robotised Welding?
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You can apply to this Master's programme through either the rolling or the regular admission process:
- Regular admission: 2 December 2019-22 January 2020
- Rolling admission: 1 October 2019-31 May 2020
About the School
LUT University is a pioneering science university in Finland, bringing together the fields of science and business since 1969.